WAGNER WDC 560 CNC LATHES

Technical Description

This CNC lathe chuck features an 11.81-inch (approximately 300mm) diameter, designed for precise and secure workholding in CNC turning operations. Controlled through CNC systems, it enables automated, rapid, and repeatable clamping, improving machining efficiency and accuracy. Typically constructed from high-strength materials like forged steel, these chucks offer high rigidity and durability to withstand substantial clamping forces and lathe spindle speeds. The chuck likely utilizes a three-jaw self-centering mechanism where the jaws move simultaneously to grip cylindrical or hexagonal workpieces, ensuring efficient centering with a broad clamping range. Its compact design minimizes inertia, which enhances dynamic spindle behavior at high rotational speeds. Through-bore capability in such chucks facilitates bar work by allowing long stock feed-through, increasing operational versatility. Hardened and precision-ground jaws may be reversible or interchangeable for external and internal gripping with high concentricity, often within tolerances as tight as 0.0005" TIR. The chuck integrates seamlessly with CNC machines, supporting quick-change jaw systems to reduce setup times and increase productivity. These attributes make it well-suited for high-speed, high-precision machining applications that demand strong, consistent clamping and minimal runout for superior surface finishes and dimensional accuracy. Overall, this CNC lathe chuck balances power clamping, precision, speed capability, and ease of use to optimize CNC turning center performance.